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AP Calculus BC: Derivatives, Definite and Indefinite Integrals

This free online course describes absolute extrema, the different application of derivatives, as well as sigma notation.

Publisher: ADU
AP Calculus BC: Derivatives, definite and indefinite integrals will give you a broad understanding of the terms, formulas and problem-solving in calculus. Calculus is a very versatile and valuable tool. It is deeply integrated into every branch of the physical sciences and other career paths. This course will teach you about definite and indefinite integrals, antidifferentiation as well as how to apply derivatives in your daily activities.
AP Calculus BC: Derivatives, Definite and Indefinite Integrals
  • Duration

    4-5 Hours
  • Students

    19
  • Accreditation

    CPD

Description

Modules

Outcome

Certification

View course modules

Description

AP Calculus BC: Derivatives, Definite and Indefinite integrals is a free online course, specially put together to take you through various concepts in calculus. The great mathematical geniuses of 17th century Europe used the techniques of calculus to solve ancient problems of calculating complex areas. This course covers the higher-order derivatives (the derivative of the derivative!). It specifies the test for the second derivative to determine whether a critical value represents a maximum or a minimum point. It illustrates how to derive the derivatives of the inverse trigonometric functions and identify the restrictions that need to be placed on each inverse to make them functions. The focus on the definite and indefinite integral: its definition and some basic integral rules as well as how to compute a definite integral will be highlighted. A common practical application of the derivative is as the measurement of the rate of change. It can also be used to measure the speed the speed at which a quantity increases or how fast it decreases.

In most cases, the difficult part of an optimization problem is the translation from a written description of the problem to a mathematical description of the problem. It requires a great deal of practice and experience. You will be able to perform this translation quickly and effectively upon completion of this course. In seeking the extrema of a function, we must consider the possibility that points that are not endpoints, but where the derivative fails to exist, could also represent extreme values. Exponential and logarithmic functions occur frequently in mathematical models for economics, social science, as well as in natural sciences. For example, exponential plays an important role in modelling population growth and the decay of radioactive materials. A good understanding of these functions is essential for all fields that use mathematical models. In this course, you will learn about the derivatives of exponential and logarithmic functions. In calculus, base e is king! It simplifies differentiating and integrating. However, there are times when we need to differentiate logarithmic functions to other bases.

Furthermore, how can we use a Riemann sum to estimate the area between a given curve and the horizontal axis over a particular interval? In the sections that follow, we cover in detail the Riemann sum, trapezoids approximation method, sigma notations and its formulas. Finding the antiderivative of a function or integrating, is the opposite of differentiation - they undo each other. Similar to how multiplication is the opposite of division. Sometimes while solving mathematical problems, some sums are tricky. The number of terms can vary, such as "the sum of the first odd numbers." This involves a bit more thought than the sum of the first 20 odd numbers. How do we represent an odd number? You will learn how to solve the variable number of terms, apply the three-sigma laws and the formulas for the sums of sequence. If you are an engineer, economist, computer scientist, researcher, or a student with an interest in an excellent working knowledge of calculus AP. Stay through to the end of this course for so much more on calculus.

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